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Direction: Write (V) if the statement is correct and (X) if the statement is incorrect. 1. The heat lost by one object equals the heat gained by another object. 2. Temperature indicates the direction in which heat flows while heat is the actual energy transferred. _3. Heat is the energy that transfer from a body of higher temperature to another body of lower temperature. 4. Heat is the quantity of kinetic energy absorbed or given off by a body. 5. Waste heat is the amount of heat that is not converted to into work. 6. Heat can increase the internal energy of an object as it excites the molecules when subjected to lower temperatures. _7. In measuring body temperature when you have a fever, the heat is flowing from the thermometer to the armpit. 8. Hot objects have high internal energy as the molecules in them are slow moving. _9. Energy transfer in the form of heat can result in the performance of work upon the system or the surroundings. 10. Absolute zero (OK) corresponds to -2730 C.

Direction: Write (V) if the statement is correct and (X) if the statement is incorrect. 1. The heat lost by one object equals the heat gained by another object. 2. Temperature indicates the direction in which heat flows while heat is the actual energy transferred. _3. Heat is the energy that transfer from a body of higher temperature to another body of lower temperature. 4. Heat is the quantity of kinetic energy absorbed or given off by a body. 5. Waste heat is the amount of heat that is not converted to into work. 6. Heat can increase the internal energy of an object as it excites the molecules when subjected to lower temperatures. _7. In measuring body temperature when you have a fever, the heat is flowing from the thermometer to the armpit. 8. Hot objects have high internal energy as the molecules in them are slow moving. _9. Energy transfer in the form of heat can result in the performance of work upon the system or the surroundings. 10. Absolute zero (OK) corresponds to -2730 C.

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Please answer ONLY, you don't need to explain me each number. Please answer them correctly, take your time.

Direction: Write (V) if the statement is correct and (X) if the statement is incorrect. 1. The heat lost by one object equals the heat gained by another object. 2. Temperature indicates the direction in which heat flows while heat is the actual energy transferred. 3. Heat is the energy that transfer from a body of higher temperature to another body of lower temperature. _4. Heat is the quantity of kinetic energy absorbed or given off by a body. 5. Waste heat is the amount of heat that is not converted to into work. _6. Heat can increase the internal energy of an object as it excites the molecules when subjected to lower temperatures. _7. In measuring body temperature when you have a fever, the heat is flowing from the thermometer to the armpit. 8. Hot objects have high internal energy as the molecules in them are slow moving. _9. Energy transfer in the form of heat can result in the performance of work upon the system or the surroundings. 10. Absolute zero (OK) corresponds to -2730 C.
Transcribed Image Text:Direction: Write (V) if the statement is correct and (X) if the statement is incorrect. 1. The heat lost by one object equals the heat gained by another object. 2. Temperature indicates the direction in which heat flows while heat is the actual energy transferred. 3. Heat is the energy that transfer from a body of higher temperature to another body of lower temperature. _4. Heat is the quantity of kinetic energy absorbed or given off by a body. 5. Waste heat is the amount of heat that is not converted to into work. _6. Heat can increase the internal energy of an object as it excites the molecules when subjected to lower temperatures. _7. In measuring body temperature when you have a fever, the heat is flowing from the thermometer to the armpit. 8. Hot objects have high internal energy as the molecules in them are slow moving. _9. Energy transfer in the form of heat can result in the performance of work upon the system or the surroundings. 10. Absolute zero (OK) corresponds to -2730 C.
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